You can also get a simple Optical sound card for less. Option 2, is to capture via Optical out and have a device like a GoXLR that has an optical in port. If you use a decent HDMI capture card, you can send game audio to your streaming pc over HDMI. Your best bet with audio is to handle ALL audio with the streaming pc, EXCEPT game audio. If you have any questions regarding hardware or setup that would help figure this out don't hesitate to ask and I'll try to answer the best way I can! I'd also like to be able to isolate desktop audio into different channels if possible on the streaming PC.Įxample, if we're not playing a resource heavy game (Among US or something simple) and I'm running OBS on the Streaming PC or if she's using her desktop for something else while I'm streaming, I'd like to separate the desktop audio (my wifes game) from the elgato audio and mute the desktop audio from stream/OBS, similar to her own discord audio if she's using discord. I'm using an Elgato HD60 Pro on the streaming PC to take the audio and game capture in. I want to be able to set it up in a way where I can run discord on my gaming PC alongside my microphone and send that audio to the streaming PC with separate channels (if it's possible with Voicemeeter?). My streaming PC is actually my wife's gaming rig/desktop, I plan to use it to handle OBS as some games cause the Encoding Overloaded problem when using just my desktop alone (1060 6 GB and a Ryzen 2600X). Prime Wireless Powered Speaker System | Prime Wireless 2.I'm looking to make a return to streaming and wanted to make sure I setup everything the best way possible given my situation. SVS Products that provide Digital Optical connectivity include: You can use SVS Soundpath Digital optical cables on any device that has a compatible input or output. ![]() All cables are covered by a 5-Year Unconditional Warranty. SVS SoundPath Digital Optical Cables are available in 1-, 2-, and 3-meter lengths, starting at $29.99. A protective braided cotton jacket allows easy gripping and flexibility for convenient routing and placement. The cables also include aircraft-grade aluminum terminals and 24K gold-plated connectors to provide a secure and highly conductive connection free from distortion. A polished monofilament design ensures smooth transitions and efficient signal transfer between components for pristine digital audio playback. What do the best optical cables have in common?Įngineered using the same techniques and materials as much higher priced cables, SVS SoundPath digital optical cables are compatible with standard and high-definition devices that have a standard optical or TOSLINK-labeled port. Where you may hear a difference is between surround sound "lossy" formats sent via digital optical cable and the higher-bandwidth required "lossless" formats that can be sent via HDMI. Audio purists continually argue whether PCM 2.0 and Analog two-channel Audio are comparable, but if executed correctly, there is little, if any, audible difference. For example, PCM 2.0 delivers uncompressed audio. However, that doesn’t mean that digital optical cables are obsolete.ĭespite some audio format support limitations, for dedicated two-channel stereo audio and basic surround sound formats, digital optical is an excellent connection option. This goes back to when the SPDIF interface was created – it wasn’t foreseen that more bandwidth capacity would be needed in the future. ![]() The reason that digital optical cables/connections don’t support the complete range of audio and surround sound formats is that they don’t have the necessary bandwidth capacity. Why Don’t Optical Cables Support all Audio Formats? The signal is finally converted to analog, so it can be heard through speakers or headphones since our ears can't hear digital 1’s and 0’s. Once back in an electrical state, the audio travels through the connected device, such as a home theater, stereo receiver, compatible powered speakers, or other component for any needed decoding or processing and amplification. ![]() An LED light pushes the signals through a cable to the receiving end.Īt the receiving end, the light pulses are converted back to electrical pulses. On the source end, audio data is converted from digitally encoded electrical signals to light. For example, if you subscribe to fiber internet, your signal is transferred via light traveling through a fiber optic cable to your home.ĭigital Optical cables work on the same principle but are made primarily for shorter distance digital audio-only applications. This is a variation of fiber optics, which is used in a variety of applications. SVS SoundPath RCA Audio Interconnect CableĪn optical cable transfers audio digitally, but instead of copper wire, light is used. SoundPath Tri-Band Wireless Audio Adapter
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